Web3 Research Digest: Arbitrum Valuation, Modular MEV, and Data Availability Layers

·

Introduction

Stay updated with the latest Web3 industry insights, covering topics like Arbitrum’s valuation, modular MEV, and data availability layers. This digest compiles key research, interviews, and project analyses to keep you informed.


Key Highlights

1️⃣ Blockchain Gaming: MapleStory Universe

👉 Explore MapleStory Universe

2️⃣ Research: Arbitrum Valuation Based on Sequencer Profit

3️⃣ Rug Pull Analysis: Common Traits

4️⃣ Modular MEV: Rollups, DA Layers, and Cross-Domain MEV

5️⃣ Interview: Move Language with Sam Blackshear (a16z)

6️⃣ zkSync’s Execution Delay Mechanism

7️⃣ Fuel: Modular Execution Layer

8️⃣ Arbitrum Orbit: L3 Framework

👉 Discover Arbitrum Orbit


Project Spotlights


Data Availability Layer Comparison

MetricEthereumCelestiaEigenLayerAvail
Block Time12s15sInherits Ethereum20s
Finality12-15 min15s (Tendermint)Same as Ethereum~20s (BABE/GRANDPA)
Light Node SecurityNon-trust-minimizedTrust-minimizedTBDTrust-minimized
DAS SupportEIP-4844 (future)LivePossible futureLive

FAQs

Q: How does MapleStory Universe monetize without NFT sales?

A: Revenue comes from NFT trading fees shared with contributors.

Q: What’s Sequencer Margin in Arbitrum?

A: Profit from L2 transaction processing (Tx cost minus batch cost).

Q: Why use execution delay in zkSync?

A: Provides time to detect exploits and freeze protocols via governance.


Conclusion

This digest bridges research and actionable insights across Web3’s evolving landscape. For deeper dives, subscribe to ChainFeeds Telegram.